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How To Reduce Production Downtime Using IoT Sensors In recent years, IoT sensors have become the go-to standard when it comes to increasing production up-time and efficiency in the manufacturing industry. Reducing downtime in any facility is key to such efficiency. Some causes of downtime include lack of planning, poor operation (by human error or machine error), time spent on maintenance, and lack of predictive maintenance. There are a number of sensors available for the manufacturing industry that can provide the necessary data to avoid downtime. NCD manufactures over 100 sensors to help increase efficiency and reduce downtime for many

IoT Water Detection for Data Centers & Server Rooms Water leaks in a server room or any type of data center can lead to detrimental outcomes in a very short matter of time. Water in a facility such as this is one of the greatest hazards that could be introduced due to the risk of flood, fire, and loss of infrastructure. NCD’s IoT Water Detect Sensor can help prevent serious damage from happening to your server room or data center by quickly monitoring, identifying and notifying you of the presence of water, as well as dry conditions so you can

IoT Water Detect Sensor for Residential Structures Water leaks in a residential property can wreak havoc on you, family and roommates. NCD’s Iot Water Detect Sensor can quickly notify you if your home or homes have a water leak of any kind. A water leak can happen from any pipe or water system in your home; hot water heaters, general plumbing pipes, toilet facilities, and faucets. Shop Now As they say, the greatest force on earth is water. Water leaks in a residential property can wreak havoc on you, family and roommates. NCD’s IoT Water Detect Sensor can quickly notify

Facility & Industrial IoT Water Detect Sensor Water leaks, great or small, can and will have a lasting impact on your business or facility if not detected very quickly. NCD’s Industrial IoT Water Detect Sensor can quickly send notifications if your business or facility has a water leak of any kind – be it from a small source, such as a leaky pipe or faucet, or a large source such as a significant pipe break, or any other kind of flooded space. Using preventative maintenance measures such as IoT Water Detect Sensors can protect your facility from catastrophe.  Shop Now

Server Room Temperature and Humidity Monitoring Server rooms are growing larger by the day. With the amount of data that needs to be gathered and stored, it’s essential that physical server rack temperature stays within a safe range. Server rooms can rise to a very high temperature if not monitored and controlled properly. NCD’s Industrial IoT Wireless Temperature Humidity Sensors can ensure that no matter the number of physical racks it has, you can remotely monitor temperature and humidity within your server area. Check out NCD’s line of IoT Temperature and Humidity Sensors below!  Shop Now Recommended Temperature & Humidity

Healthcare Facility IoT Temperature & Humidity Monitoring _____________________________________________________________________________________________________________________________________ Safety and Comfort Keeping hospitals and healthcare facilities at an optimum temperature is not only for comfort, but also for safety. NCD offers IoT Temperature and Humidity monitoring that provide this peace of mind. Airborne disease and bacteria flourish in environments that aren’t cooled properly, or that may not have proper ventilation systems. Depending on the time of year, and facility, those temperature and humidity needs may change. Generally speaking, a large facility with high census or attendance will need to be at a lower temperature during the warmer months of the

World-Class IoT Hardware and Application Software Come Together National Control Devices has found ourselves very fortunate to have partnered with Ubidots! Ubidots is a high level cloud platform that provides excellent customer service, and can be used with any sensor in NCD’s Enterprise Line of Sensor devices. Check out our full Enterprise Sensor product line.  NCD’s sensors have many features that help with condition monitoring and predictive maintenance that factor into your project’s, asset’s and facility’s well being. NCD’s Predictive Maintenance Sensor is proven to provide accurate data by means of temperature, vibration, acceleration, velocity, and current.  How can this

Applications for IoT Remote Temperature and Humidity Sensors IoT Remote Temperature & Humidity Monitoring Remote Temperature and Humidity Monitoring is key to knowing the conditions of many facilities, assets, and projects across the spectrum. This type of condition based monitoring can be a fundamental part of several applications, that of which benefit from remote temperature and humidity monitoring. From simple indoor facilities, to refrigeration, ultra low temperature freezers, to ultra high temperature boiler rooms. NCD’s IoT Industrial Remote Temperature and Humidity Sensors can change the game of your facility or assets when it comes to predictive maintenance. Shop Now! Precise

How to Choose and Use an Iot Vibration Sensor What is an IoT Vibration Sensor? An IoT Vibration Sensor is designed to read vibration data and send it to a Cloud, User Interface, or Local Server(s) for analysis. Vibration sensors are also capable of local processing and then sending process data to a cloud service. This vibration data can be used for daily monitoring, and also to send automatic alerts, and notify for early fault detection. Generally, IoT Sensors are battery powered, but they can be powered with an external power supply as well. These sensors are directly mounted on

Preventative Maintenance and Fail Prevention for Machinery How to Prevent Machinery Failure using NCD Vibration Sensors IoT Wireless Vibration Sensors can be used for a multitude of applications and equipment when it comes to data collection and condition monitoring. Additionally, NCD Vibration Sensors can be used for preventative maintenance purposes to prevent future failure in many settings and on various types of machinery, such as compressors, pumps, motors, fans, and others.  To be able to prevent failure on machinery, it must first be determined when, and how often data needs to be gathered. It is possible to collect data too